Disentangling superconductors
Ryan Day studies superconductors: materials that conduct electricity perfectly, losing no energy to heat and resistance. Day, now a Banting-Berkeley...
Read MoreJune 2, 2022
Ryan Day studies superconductors: materials that conduct electricity perfectly, losing no energy to heat and resistance. Day, now a Banting-Berkeley...
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Most electronic devices exploit the electric charge of the electrons in a material to store and manipulate information. However, electrons...
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New research from Ziliang Ye’s laboratory at the Stewart Blusson Quantum Matter Institute, published today in the journal Nature Photonics,...
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This summer, kids will learn quantum computing principles and solve problems using a real quantum computer at summer camps in...
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A large-scale North American research collaboration has uncovered, for the first time, how charge order and superconductivity cohabit at nanoscale...
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Undergraduate students make valuable contributions to research at the Stewart Blusson Quantum Matter Institute (Blusson QMI) through programs such as...
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A volcano erupted in Tonga in January and the atmospheric disturbance was detected by pressure sensors in the cleanroom at...
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Magnetic susceptibility measurements allow researchers to understand how a material responds to a magnetic field, which can reveal a great...
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Last year, Marcel Franz and colleagues proposed a high-temperature topological superconductor made from two monolayer-thin sheets of copper-based materials with...
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A new paper observing the topologically non-trivial drumhead state emerging from nodal-line semimetals offers new insights into how these newly...
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“One of the important purposes of art is to transform spaces by making novel phenomena visible,” said Pamela Davis Kivelson,...
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A new outreach program for science students in grade 8 is challenging scientist stereotypes and inviting kids to interact with...
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